Supporting member for supporting roof, structure and method

Abstract

The invention discloses a supporting member for supporting a roof, a structure and a method. The supporting member for supporting the roof, the structure and the method solve the problem that in the prior art a material rest is only suitable for supporting of car sheds of the same type, and have the beneficial effects that links of material rest replacing of workers are reduced, and the production efficiency and the economic benefit are enhanced. According to the scheme, the supporting member for supporting the roof comprises at least two supporting columns, a plurality of supporting plates and limiting blocks, and the bottoms of every two adjacent supporting columns are connected through a base; the supporting plates are used for supporting the car roof, the two ends of each supporting plate are movably connected with the corresponding supporting columns correspondingly, the supporting plates are obliquely arranged relative to the supporting columns, and moreover the supporting plates are adjusted in a set angle range relative to the supporting columns; and the limiting blocks are arranged at the inner sides of the supporting columns and used for conducting limiting on the supporting plates, and each limiting block is arranged above the corresponding supporting plate.

Description

technical field [0001] The invention relates to the technical field of automobile manufacturing, in particular to a support member, structure and method for supporting a ceiling. Background technique [0002] The automation level of stamping lines in the automobile manufacturing industry is increasing day by day. Now most of the automobile stamping lines are equipped with robots and manipulators to replace manual production, which improves production efficiency and reduces labor costs. However, with the continuous development of the automobile industry and customer needs, the number of models is gradually increasing. , stamped box racks are also gradually increasing, but at the same time, due to the increasingly fierce market competition in the automotive industry and the diversity of customer demand for models, not every model can achieve the expected output. The structure of the material rack is single, which can only meet the ceiling packing of a single specification. Bec...

AI Technical Summary

Problems solved by technology

[0002] The automation level of stamping lines in the automobile manufacturing industry is increasing day by day. Now most of the automobile stamping lines are equipped with robots and manipulators to replace manual production, which improves production efficiency and reduces labor costs. However, with the continuous development of the automobile industry and customer needs, the number of models is gradually increasing. , stamped box racks are also gradually increasing, but at the same time, due to the increasingly fierce market competition in the automotive industry and the diversity of customer demand for models, not every model can achieve the expected output. The structure of the material rack is single, which can only meet the ceiling packing of a single specification. Because each type of ceiling corresponds to a material rack, the single purchase cost is relatively high. If it is no longer produced within a period of time after purchase, it will cause a large number of boxing material racks Idle, not only occupying the warehouse area but also increasing the maintenance cost

Stamping and boxing racks store stamped parts in the form of boxes, which is determined by the process and the quality of the racks. Due to the use of robots for packing, higher requirements are put forward for the boxing racks. The existing roof rack structure is due to technological problems. , First, the problem of workpiece scratches will occur due to the structural problems of the material box during the packing process, and the cumbersome packing process of the robot affects the production rhythm and reduces the production efficiency

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